By Dame Tamara Finkelstein

Technical education—particularly for women and ethnic minorities—has a critical role to play in resolving the UK's persistent engineering skills shortage. As the new Prime Minister has already acknowledged, sustained investment in technical education is essential if the UK is to build the engineering and technology workforce required for long-term economic growth and global competitiveness. The stakes extend beyond education policy: engineering-related industries contribute roughly a quarter of the UK's gross value added, meaning that a shortfall in skilled engineers directly constrains the economy's capacity to deliver infrastructure, energy transition projects, and digital innovation.

Expanding high-quality technical training and elevating vocational qualifications could help reduce the number of young people not in education, employment, or training. Combined with established university pathways, these measures could also narrow the long-standing skills gap that has hindered UK engineering. Countries such as Germany, where dual vocational systems have long been embedded in both education and industry, consistently report lower youth unemployment and stronger advanced-manufacturing pipelines—a model UK policymakers have periodically referenced but struggled to replicate at scale.

The scale of the challenge is significant. Projections indicate that 240,000 new engineers and technicians are needed annually just to fill existing roles. Yet only 45,000 apprenticeships are taken up each year in engineering and manufacturing. Compounding the pressure, a generation of experienced engineers is approaching retirement, meaning demand will only intensify even as the pipeline remains constrained.

The diversity picture is equally stark. Only 17 per cent of UK engineers are women, compared with 56 per cent across other occupations. Just 15 per cent come from ethnic minority backgrounds, versus 18 per cent in the broader workforce, according to EngineeringUK's diversity research. Attracting more young people from all backgrounds through both vocational and academic routes is essential—not only as a matter of equity but as a practical necessity, since the sectors driving future engineering demand, from clean energy to advanced manufacturing, cannot be staffed from the existing talent pool alone.

The Royal Academy of Engineering has consistently emphasised the importance of robust technical education pathways at both national and regional levels if the UK is to fully unlock its engineering and technology potential.

A History of Inconsistent Technical Training

The UK's engineering skills deficit has deep sociopolitical roots. Over the past century, the country's approach to technical education has alternated between priority and neglect, creating instability in the system. Curriculum reforms and accountability measures in schools have frequently produced unintended consequences.

One notable example: the number of pupils studying GCSE and A-level Design & Technology has declined sharply since 2004, when the subject lost its compulsory status at key stage 4. This reduction in practical learning opportunities across school curricula has directly impacted the development of engineering talent. Many schools dismantled or reduced the laboratories, workshops, and equipment needed for hands-on subjects. Restoring these capabilities will require substantial investment and innovative teaching approaches.

In the late 2010s, the Conservative government focused on further education, introducing sweeping apprenticeship reforms and launching T-levels—technical qualifications equivalent to three A-levels. The Academy has backed these qualifications, though they remain in early stages with relatively low uptake.

Earlier this year, the Labour government proposed the less specialised V-levels, broader qualifications equivalent to a single A-level designed to let students blend academic and technical learning. While both frameworks offer value, the sheer frequency of change makes it difficult for the education system to commit and build a durable, sustainable approach. Simplifying this complex landscape of vocational pathways is an essential step toward improving student access.

From Commitment to Implementation

According to Academy survey data, approximately 30 per cent of economically inactive 16-to-24-year-olds identified the lack of appropriate qualifications, education, or work experience as one of the three biggest barriers to securing employment.

Supporting teachers is equally imperative. The Academy collaborates with schools and colleges to build educators' confidence in delivering engineering-based classroom activities and discussing engineering career pathways with students. The organisation also partners with industry leaders and educators nationwide to promote engineering careers, support local enterprise, and identify emerging skills requirements.

If the government is serious about advancing vocational skills, it must help businesses of all sizes overcome the bureaucratic and financial hurdles associated with offering student placements. Work experience is vital to vocational education—whether delivered through apprenticeships, T-levels, the forthcoming V-levels, newly proposed vocational routes, or alongside traditional university programmes. SMEs, which make up the bulk of UK engineering firms, are often the least equipped to navigate placement requirements, despite being critical employers in regional economies.

The government's commitment to technical education is welcome, but announcements must be followed by concrete action to equip young people with the skills they need, regardless of whether they pursue a vocational or academic path. Nowhere is this more urgent than in engineering and technology—the engines of innovation and growth.

Dame Tamara Finkelstein DCB is Chief Executive of the Royal Academy of Engineering.